Express 2 VPS Impression Material

  • 3M ID B00007641

Hydrophilicity and flow behavior helps result in void-free impressions

Elastic recovery helps prevent distortion for a more accurate impression

Resists tearing upon removal thanks to material toughness

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Details

Highlights
  • Hydrophilicity and flow behavior helps result in void-free impressions
  • Elastic recovery helps prevent distortion for a more accurate impression
  • Resists tearing upon removal thanks to material toughness
  • Recovery from deformation helps result in fewer retakes
  • Available in a full range of viscosities, deliveries and setting times
  • Control moisture at every step and gently retract gingival tissue for more accurate impressions with 3M™ Astringent Retraction Paste

3M™ Express™ 2 VPS Impression Material is designed to create precision impressions on the first take to confidently handle a wide range of cases, including impressions for crowns and implants. It is available in an array of viscosities and 2 setting times.

3M™ Express™ 2VPS Impression Materials are hydrophilic, creating great detail reproduction. They offer excellent flowability from tooth to gingiva while still retaining sufficient drip resistance. After elongation, this precision impression material almost completely regains its original shape, reducing the risk of costly retakes. 3M™ Express™ 2 wash materials have high tensile strength, elastic recovery potential and overall toughness. Together, these properties help eliminate the risk of impression distortion when removed from the mouth. To generate the desired flow and optimal wetting of the tooth preparation, wash materials are available in various viscosities and two setting speeds. All 3M™ Express™ 2 tray materials can be mixed automatically in the Pentamix™ Automatic Mixing Unit — even those who prefer a putty consistency can benefit from the advantages the Pentamix™ System offers.

Suggested applications
  • Crown and bridge impressions
  • Inlay and only impressions
  • Quick-setting materials especially suited for single-unit and two-unit impressions

Specifications